BZX84C3V0W-7-F

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The BZX84C3V0W-7-F is a single Zener diode used for maintaining a fixed voltage in analog and digital circuits. It is a type of diode that can be used to regulate voltage by allowing current to flow in the forward direction (and sometimes in the reverse direction). The Zener diode is so named because it was named after Clarence Zener, who discovered the relation between reverse-bias breakdown and voltage regulation.

The BZX84C3V0W-7-F diode has a maximum power dissipation rating of ¼ Watt and operates within a voltage range of 1.200 to 52 volts. The maximum maximum clamping voltage is 58 volts. It has a low leakage current of 0.8 milliamp (μA) and a fast reaction time. The capacitance of the device is a mere 3.6 picofarads (pF) at 1MHz. The maximum temperature operating range is -55 to 150 °C.

In the forward direction (as a rectifier) the device can handle currents up to 200mA. Although this diode can handle up to a maximum of 200mA of current, the power dissipation that results from it should be kept in check. The reverse current leakage of the diode should also be noted - the maximum leakage should stay below 2 milliamps.

The BZX84C3V0W-7-F Zener diode is often used in voltage regulation circuits. As reverse voltage is applied to the diode, the current will begin to flow (in the reverse direction) when the zener voltage is reached. As the applied voltage increases, the voltage across the diode also increases. By constraining the voltage at a set level, the diode serves to regulate the voltage.

In addition to regulating voltage, the BZX84C3V0W-7-F Zener diode is often used as a protection device to protect other components from sudden voltage surges. When the voltage exceeds the Zener breakdown voltage, the diode will conduct current and act as a short circuit, thereby limiting the amount of voltage that actually reaches other components.

The BZX84C3V0W-7-F Zener diode has a wide range of applications in many kinds of equipment. It is commonly used as a voltage reference in various circuits, and might also be used to protect digital circuits from unexpected changes in voltage. Owing to its fast response time, it can be used in CCD camera power supplies and other high-speed applications. It can also be used in high-voltage power supplies and laboratory power supplies where it is necessary to keep the output voltage within a certain range.

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